Earthquake-proof and geological disaster-proof stone component and manufacturing method thereof

Abstract

The invention discloses an earthquake-proof and geological disaster-proof stone component and a manufacturing method thereof, which relate to the field of connection and fixing of stone components in stone construction engineering. Including granite vertical columns and granite beams, the axes of granite vertical columns and granite beams are provided with holes that pass through to both ends, granite vertical columns are equipped with vertical column custom-made steel, granite beams are equipped with beam custom-shaped steel, granite vertical columns and granite beams The gap between the custom-made steel of the vertical column and the custom-made steel of the beam is filled with cement; the side of the granite vertical column is provided with a hole through the internal cavity, and the port of the granite beam is provided with a beam head with an ancient stone tenon, which is embedded in the side of the granite vertical column In the hole; the side of the vertical column custom-made steel profile is fixed with vertical column steel mortise and tenon welded profile steel, and the end of the beam custom-made profile steel is fixed with beam steel mortise and tenon welded profile steel. . The problems of short service life, unstable connection between the beam and the vertical column and the like in the prior art are solved.

Description

technical field [0001] The invention relates to the field of connecting and fixing stone components in stone building engineering. Background technique [0002] In general, the stone composite connection is by mortise and tenon, which is a concave-convex connection method used on two stone components. The mortise and tenon occlusion play a role of connection. This is the main structural method of ancient Chinese brick, wood and stone buildings. [0003] The mortise and tenon structure is widely used in classical architecture, and it is also widely used in furniture, reflecting the close relationship between furniture and architecture. After the mortise and tenon structure is applied to the building, although each component is relatively thin, it can withstand huge pressure as a whole. This kind of structure does not lie in the strength of the individual, but the combination and support of each other. This structure has become the basic model of ancient architecture. Howe...

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Problems solved by technology

[0005] The invention provides an earthquake-proof and geological disaster-proof stone component and its production method, which solves the problems in the prior art such as short service life, unstable connection between beams and vertical columns, and inability to achieve the purpose of earthquake resistance.

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